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首页> 外文期刊>The Journal of Chemical Physics >A configurational temperature for molecules with hard-core or discontinuous interactions
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A configurational temperature for molecules with hard-core or discontinuous interactions

机译:具有硬核或不连续相互作用的分子的构型温度

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摘要

We extend the usual formula for a configurational temperature so that it applies to condensates in which the molecules interact through hard-core or discontinuous potentials. The new formula involves extra terms which may be calculated during the course of a simulation. The formula is tested by its application to a number of systems with discontinuous or hard-core potentials in thermodynamic equilibrium. Metropolis Monte Carlo simulations were performed on these systems in a canonical ensemble and the configurational temperature is compared with the input temperature The two are in agreement to within less than 0.1%.
机译:我们将构型温度的常用公式扩展为使其适用于分子通过硬核或不连续电势相互作用的冷凝物。新公式涉及可能在模拟过程中计算出的额外项。通过将该公式应用于在热力学平衡中具有不连续或核心电势的许多系统中,对该公式进行了测试。在标准系统中对这些系统进行了Metropolis蒙特卡洛模拟,并将组态温度与输入温度进行了比较。两者的一致性控制在0.1%以内。

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